Bachelor courses

Speciality Code:

6B07112

Speciality Name:

Thermal Power Engineering

Faculty:

of Physics and Technology

Qualification:
  • First Stage of Higher Education - Bachelor of Тechnics and Technologies
  • Model of graduating student
  • Mandatory disciplines
  • Elective disciplines
  • Professional
ON 1 to conduct experimental studies on a given methodology, processing and analysis of the results obtained with the involvement of the appropriate mathematical apparatus;
ON 2 to apply measurement methods and modern technical means of measuring thermal parameters, methods and technical means of controlling the composition and quality of technological media in thermal power engineering and automating thermal processes;
ON 3 to use IT technologies and application packages to study the processes occurring in modern industrial enterprises;
ON 4 to conduct experimental research and development in the field of power engineering and heat technology, energy use and energy saving at TPPs for individual sections (stages, tasks) of the topic in accordance with approved methods;
ON 5 to develop plans for programs and methods of testing, conducting observations and measurements, drawing up their descriptions and conclusions in the development, modernization and operation of thermal power and heat engineering equipment of thermal power plants;
ON 6 to control environmental safety at work, to develop and implement environmental protection measures and measures for energy and resource saving at work;
ON 7 to make technical and economic balances of installations, technological processes, sections of thermal power plants, to organize accounting and rationing of expenses for fuel and energy resources, to carry out an energy assessment of thermal schemes and installations of thermal power plants;
ON 8 to apply knowledge about the organization of burning organic fuels in boiler furnaces, about thermophysical and hydrogasdynamic processes occurring in the gas-air and steam-water paths of a boiler plant, about the operating conditions of heating surfaces when solving applied technical problems;
ON 9 to implement low-waste and waste-free technologies for the production of heat and electricity at thermal power plants;
ON 10 to use computer technology for modeling and processing the results of experimental and theoretical studies (OpenFoam, Paraview, OriginLab, Labview, etc.) to organize the technologically efficient burning of fossil fuels and reduce harmful emissions;
ON 11 to ensure the competitiveness and efficiency of heat and power industry facilities using the tools of a competitive economy (laws, scientific approaches, principles, methods, models) for planning innovative energy facilities;
ON 12 to apply advanced methods of production management, methods of conducting energy surveys of consumers of energy resources.
  Data for 2021-2024 years
  Data for 2021-2024 years
  Data for 2021-2024 years